public void test_a_valid_event_is_returned()
{
MockRandomNumberGenerator mock = new MockRandomNumberGenerator(2);
Ball ball = new Ball(mock);
outcomes outcome = ball.Bowl();
Assert.Equal(2, (int)outcome);
}
public void test_no_run()
{
MockRandomNumberGenerator mock = new MockRandomNumberGenerator(1);
Game thisGame = new Game(mock);
outcomes outcomeFinal = thisGame.Play();
Assert.Equal(ONE_RUN, outcomeFinal);
}
public virtual outcomes Play()
{
// Play
outcomes outcome = _bowler.Bowl(_ball);
outcomes outcomeFinal = _batsman.Play(outcome);
return(outcomeFinal);
}
void test_score_combinations(outcomes outcome, int runs, int wickets, int balls, int maidens, int score1, int score2)
{
_keeper.SubmitTeam(0, new string[] { "Ian Botham",
"David Gower" });
event_sequence(outcome);
assert_score(runs, wickets, balls, maidens);
Assert.Equal(score1, _keeper.GetBatsmanScore(0, "Ian Botham"));
Assert.Equal(score2, _keeper.GetBatsmanScore(0, "David Gower"));
}
public outcomes Play(outcomes outcome)
{
int flipCoin = _rand.GetRandomNumber(0, 2);
if (flipCoin == 1)
{
return(outcome);
}
return(outcomes.NO_RUNS);
}
public void test_bowling_a_ball_returns_an_outcome()
{
Mock <Ball> mockBall;
Bowler bowler = new Bowler();
mockBall = new Mock <Ball>();
mockBall.Setup(m => m.Bowl()).Returns(() => BOWLED);
outcomes outcome = bowler.Bowl((Ball)mockBall.Object);
Assert.Equal(BOWLED, outcome);
}
public virtual bool HandleEvent(outcomes gameEvent)
{
int newRuns = 0;
if (ScoreMap.runs.ContainsKey(gameEvent))
{
newRuns = ScoreMap.runs[gameEvent];
_card.MatchCard[_currentInnings].runs += (int)newRuns;
_card.MatchCard[_currentInnings].batsmenList[_striker].runs += (int)newRuns;
_card.MatchCard[_currentInnings].bowlerList[_currentBowler].runs += (int)newRuns;
}
else if (ScoreMap.extras.ContainsKey(gameEvent))
{
newRuns = ScoreMap.extras[gameEvent];
_card.MatchCard[_currentInnings].extras += (int)newRuns;
_card.MatchCard[_currentInnings].runs += (int)newRuns;
_card.MatchCard[_currentInnings].bowlerList[_currentBowler].runs += (int)newRuns;
//runsThisOver += newRuns;
}
else if (ScoreMap.wickets.Contains(gameEvent))
{
_card.MatchCard[_currentInnings].wickets++;
_card.MatchCard[_currentInnings].bowlerList[_currentBowler].wickets++;
if (_striker > _nonStriker)
{
_striker++;
}
else
{
_striker = _nonStriker + 1;
}
}
if (ScoreMap.changeEnds.Contains(gameEvent))
{
int v = _striker;
_striker = _nonStriker;
_nonStriker = v;
}
_runsThisOver += newRuns;
if (!ScoreMap.extraBall.Contains(gameEvent))
{
_card.MatchCard[_currentInnings].balls++;
_card.MatchCard[_currentInnings].bowlerList[_currentBowler].balls++;
}
return(_card.MatchCard[_currentInnings].wickets == 10);
}
public bool CountBalls(outcomes outcome)
{
outcomes[] extras = { outcomes.NO_BALL,
outcomes.WIDE,
outcomes.TWO_WIDES,
outcomes.THREE_WIDES,
outcomes.FOUR_WIDES };
// Check if extra ball required
if (extras.Contains(outcome))
{
return(false);
}
// check for end of over
_ball++;
if (_ball == _balls_per_over)
{
return(true);
}
return(false);
}
